yes
Note: Impossible to answer unless you define exactly what you mean by " radio 5". Did you mean BBC Radio 5 in the UK? If so did you mean Satellite or land based Broadcasts? For land based Transmitters it could be broadcast on several bands (MW and or VHF) on multiple frequencies.
One octave above 300 Hz = 600 Hz. One octave below 300 Hz = 150 Hz.
A slide whistle is musical wind instrument containing either a metal or plastic reed inside with a plug at the end. As the reed moves up, along with someone blowing into it, the higher the note will be. If it moves down the lower the note will be this is because of the compression of the plug causing low space to create higher frequencies and more space to create low frequencies.
Airband, a group of frequencies in the VHF radio spectrum, uses the frequencies between 108 and 137 megahertz. A license is required to operate airband equipment.
No, a tambourine is not a pitched instrument, as you get a mix of different frequencies from it, meaning you cannot distinguish one particular note, as you do with a tuba, for example, as different notes have slightly, yet distinguishably different frequencies.
All notes have specific frequencies that they are associated with. For example, "C" has a frequency of 261.6 Hz and "D" has a frequency of 293.7 Hz. Each note has multiple frequencies, which is dependent on the octave. When Engineering chimes for different types of notes with specific frequencies, it is seen that the frequencies depend on the length of tube, the type of material, etc. All notes have specific frequencies that they are associated with. For example, "C" has a frequency of 261.6 Hz and "D" has a frequency of 293.7 Hz. Each note has multiple frequencies, which is dependent on the octave. When Engineering chimes for different types of notes with specific frequencies, it is seen that the frequencies depend on the length of tube, the type of material, etc.
Guitar note frequencies refer to the vibrations produced by plucking a guitar string, measured in Hertz (Hz). Higher frequencies create higher-pitched notes, while lower frequencies produce lower-pitched notes. The frequency of a guitar note affects its pitch and tone, with higher frequencies sounding brighter and lower frequencies sounding deeper. Different frequencies can also create harmonics and overtones, adding complexity to the sound of the guitar.
The tone frequencies, are selected such that harmonics and intermodulation products will not cause an unreliable signal. No frequency is a multiple of another, the difference between any two frequencies does not equal any of the frequencies, and the sum of any two frequencies does not equal any of the frequencies.
spread-spectrum technology
A polyphonic pitch shifter changes the pitch of multiple notes at the same time in a musical piece by adjusting the frequencies of each note independently, allowing for harmonious and complex sound alterations.
This term refers to the finger configurations of the valves taht help change note frequencies
Note: Impossible to answer unless you define exactly what you mean by " radio 5". Did you mean BBC Radio 5 in the UK? If so did you mean Satellite or land based Broadcasts? For land based Transmitters it could be broadcast on several bands (MW and or VHF) on multiple frequencies.
No, the human voice contains a range of frequencies simultaneously. When we speak or sing, our vocal cords vibrate at multiple frequencies, producing a complex sound wave that is a combination of different frequencies.
The best word to describe how high or low a note sounds is "pitch." Pitch refers to the perceived frequency of a sound wave, with high pitches corresponding to high frequencies and low pitches corresponding to low frequencies.
The frequencies of a audio spectrum analyzer vary depending on the analyzer. The can perform wavelenght decomposition, harmonic analysis, note definition and many other functions.
A Xylophone can create different frequencies not just one. The frequency depends on the note being played.
high note has high frequency (cycles per second) . Low note has low frequency. The sound originated by a high frequency note oscillates more times per second, while a low frequency note oscillates less times per second.